Why 3D printing and VR are made for each other
Virtual reality and three-dimensional printing are not just brothers in the epoch, but integral parts of each other.
The most widely discussed in the media and popular topics related to new technologies, have long been virtual reality and 3D printing. It is not at all surprising what there are two main reasons:
- Firstly, these are the closest to the ordinary user and the most applicable in everyday life technologies from innovative ones, this is their main difference from most of the other new products, and they have already become firmly enough in some areas of life.
- Secondly, and not least, these two technologies organically, completely naturally complement each other. And how exactly:
Prototyping of new devices.
Creating prototype models of cases and details of future devices is not complete without a 3D printer. Thus, HTC VIVE was created step by step
Read more in Makezine . And the model of the VR manipulator for it:
The prototype of the production model was created as a 3D object, after which it was printed and finalized. This enabled the engineers to hold the product in their hands before the start of production and evaluate its ergonomics and convenience. The same principle was used to create a Surround 360 panoramic camera model (this is an open Facebook project for creating a 3D video camera) with a 360 degree viewing angle:
Additionally, VR is very suitable for sensing volume in spatial 3D modeling: you can simulate a 3D model of a new device on a computer, take a good look at and edit it in virtual space, and then print the prototype of the future device.
Or, on the contrary, scan the existing workpiece, transferring it to a digital format, make the necessary adjustments (which is much simpler and, most importantly, more accurate than on the physical model) and print the new version.
DIY VR devices
DIY (Do-It-Yourself), that is, homemade VR-headsets for smartphones are becoming increasingly popular among 3D printer owners, because the cardboard Google Cardboard is fragile and short-lived, and commercial plastic samples from different manufacturers are often sold at clearly inflated prices. Therefore, an increasing number of enthusiasts print on 3D plastic analogs of Cardboard and other, more advanced models.
At the same time, the models themselves are free, and printing them on a simple FDM 3D printer will be cheaper than buying cardboard glasses.
This is a 3D model of the simplest virtual reality helmet, i.e. VR-headset for smartphone, designed for self-production:
Model VR-headset for self-printing from Damian Szyszkowski
Many are content with printing the simplest Google Cardboard, albeit from more durable than cardboard, material:
VR headset modeled on Google Cardboard on a 3D printer
There are also more elaborate devices, with the possibility of various adjustments and settings that, however, are just as easy to print and assemble.
Original VR-headset made on a 3D-printer
Video showing the assembly of a self-made, printed on a 3D-printer, VR-visor:
You can familiarize yourself with the free catalog of models for DIY VR devices at www.thingiverse.com.
Besides headsets, there are other virtual reality devices that you can create yourself. A headset or a helmet allows only to plunge into the space created by someone, but there are devices for those who want to create themselves: spherical cameras.
These are special video cameras, the coverage of which allows you to simultaneously capture the entire surrounding space. You can create a spherical camera for shooting VR-shots and commercials, functionally similar to those used for professional three-dimensional shooting of movies with the effect of presence, having printed a special bracket with mounts for GoPro or other miniature cameras.
Spherical frame using multiple Hero3 - Black Mount
Another version of the “spherical” frame for Hero is “ Underwater ”, suitable for underwater photography.
Not everyone is interested in printing homemade products, many prefer to use devices developed by professionals, but for such users there is a way to use 3D printing in the field of VR - creating non-standard spare parts and unique accessories for VR equipment.
DIY accessories and accessories for VR
New devices appear constantly, and it is expensive and difficult to buy accessories for them - sending, customs, - all this takes a lot of time and money. Not to mention that not all of them are produced and sold by the equipment manufacturers themselves. The way out is simple - you can print, for example, non-standard and not available for sale stands or suspensions for VR-helmets and other components of VR-systems and other interesting accessories that will make the experience of using devices more comfortable and rich.
Here are just a few examples of such devices designed for popular VR-systems, which can be downloaded online and printed independently:
Wall hanger for HTC Vive controllers
Charging stand for two controllers HTC Vive
Adapter “rifle” for the controller HTC Vive, for games like The Nest
Wall mount for linkbox (switching unit) system HTC Vive
Adapter to connect the Vive base station to any standard tripod
HTC Vive Helmet Wall Mount
Details for connecting the HTC Vive VR helmet with more convenient than the complete headband
Oculus Rift Wall Mount
Ceiling, it is also a wall mount for the Rift sensor , can also be used as a stand for placement on horizontal surfaces
Simple suspension for vertical storage of the Oculus Rift helmet on furniture or walls
Desktop stand for VR helmet Oculus Rift
Thus you can create any accessory, any part and any device you can think of to your devices. It is enough to create in the editor or simply download the necessary part in digital form, download it into your 3D printer and print it.
Ideas - in life.
Attention should be paid to the fact that most of the functions and capabilities of three-dimensional printers are quite accessible on far from the most expensive models of devices. For example, there are devices that are quite affordable for an ordinary person, moreover, they are of high quality and produce a more than decent result.
One of the best examples of such equipment is the Wanhao Duplicator i3 printer, which has already earned a good reputation :
A higher class device, but also easy to use and maintain - the famous Picaso 3D Designer Pro 250 :
Such an apparatus is enough for the manufacture of household items, souvenirs, parts of mechanisms, and even some more technological products. Up to use in the invention.
If you need more accuracy and convenience of work, then you can choose a 3D printer more expensive, but also certainly higher class. For example - Formlabs Form 2 :
This is practically a professional model of a 3D printer that provides resolution and speed inaccessible to more budget models.
Fewer restrictions remain for such a promising duet as 3D and VR, because printing and scanning devices are improving all the time, the quality of products is growing, and the range of materials used for printing is growing day by day. In addition to plastics and food materials, wood and glass, metals and ceramics are already available for use. As well as virtual reality devices, giving an ever more natural presence effect and more and more detailed image and interactive features. In the near future, these two technologies, together, will greatly change the familiar picture of the world. What they have already begun to do.
In conclusion, a demonstration of the joint work of these technologies - a full-featured VR helmet printed on 3D, equipped with its own screens and not requiring the use of a smartphone:
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